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0 | Guide for tutorial material![]() This module provides an overview of the learning goals and technical requirements of the individual modules as well as their assignment to the corresponding courses. ![]() ![]() ![]() |
A1 | Totally Integrated Automation (TIA)![]() The "Totally Integrated Automation (TIA)" module introduces the Siemens AG solution concept of the same name. ![]() ![]() ![]() |
A2 | Installation of STEP 7 Professional V5.x / Authorization Process ![]() This module describes how the STEP 7 V5.x software is installed and the interface to the S7-300 is set up. ![]() ![]() ![]() |
A3 | "Startup" PLC programming with STEP 7![]() In this module, the reader will learn how to program a programmable logic controller (PLC) using the STEP 7 programming tool. The module teaches the fundamentals and shows the procedure on the basis of a detailed example (fast access). ![]() ![]() ![]() ![]() |
A4 | Programming the CPU 315-2 DP![]() In this module, the reader learns how to create the hardware configuration for the CPU 315-2 DP and how to write and test a STEP 7 program. ![]() ![]() ![]() ![]() |
A5 | Programming the CPU 314C-2 DP![]() In this module, the reader learns how to create the hardware configuration for the CPU 314C-2 DP and how to write and test a STEP 7 program. The module demonstrates the basic procedure. |
A6 | PLC simulation with S7-PLCSIM![]() In this module, the reader should learn how to test a STEP 7 program using the S7-PLCSIM simulation software. ![]() ![]() ![]() ![]() |
A7 | Saving / archiving / program documentation ![]() In this module, the reader is familiarized with the tools for program documentation and for saving STEP 7 programs. ![]() ![]() ![]() ![]() |
A8 | Test and online functions![]() In this module, the reader learns about tools that will assist in troubleshooting. ![]() ![]() ![]() ![]() |
B1 | Error diagnostics / error handling ![]() In this module, the reader is acquainted with the procedure for error diagnostics. ![]() ![]() ![]() ![]() |
B2 | Analog value processing![]() The reader learns how analog values are read into a SIMATIC S7, processed and output. ![]() ![]() ![]() |
B3 | Control engineering with STEP 7![]() In the subsequent steps, the reader learns how a PID controller is integrated into a STEP 7 program, interconnected with analog process variables and commissioned. |
B4 | Data blocks![]() The reader learns how a data block is used for storing data. ![]() ![]() ![]() ![]() |
B5 | Structured programming with function blocks![]() The reader learns how a function block is created with internal variables for structured programming. ![]() ![]() ![]() ![]() |
B6 | Conversion from STEP 5 => STEP 7![]() In this module, the reader is acquainted with the tool, with which STEP 5 programs are converted into executable STEP 7 programs. ![]() ![]() ![]() ![]() |
C1 | Step sequence programming with S7-GRAPH![]() In this module, the reader learns to program a sequence control with the graphical programming tool S7-GRAPH. ![]() ![]() ![]() ![]() ![]() ![]() |
C2 | Programming in high-level languages with S7-SCL![]() In this module, the reader is acquainted with the fundamental functions of the S7-SCL development environment. |
D1 | AS-Interface with SIMATIC S7-300 and the CP342-2 / CP343-2 ![]() In this module, the reader is acquainted with the essential functions of the AS-Interface CP342-2 for the S7-300. ![]() ![]() ![]() ![]() |
D2 | AS-Interface / integration of a LOGO!12/24RC logic module and AS-I interface module ![]() In this module, the reader is acquainted with the essential functions of the LOGO! logic module 12/24RC with a communication module to the AS interface. ![]() ![]() ![]() ![]() |
D3 | PROFIBUS DP with Master CPU 315-2 DP / Slave ET 200L![]() In this module, the reader learns how the PROFIBUS DP is commissioned with the CPU 315-2 DP as master and the ET 200L as slave. ![]() ![]() ![]() ![]() |
D4 | PROFIBUS DP with Master CPU 315-2 DP / Slave ET 200M![]() In this module, the reader learns how the PROFIBUS DP is commissioned with the CPU 315-2 DP as master and the ET 200M as slave. ![]() ![]() ![]() ![]() |
D5 | PROFIBUS DP with Master CPU 315-2 DP / Slave ET 200S![]() In this module, the reader learns how the PROFIBUS DP is commissioned with the CPU 315-2 DP as master and the ET 200S with integrated CPU as slave. ![]() ![]() ![]() ![]() |
D6 | PROFIBUS DP with Master CPU 315-2 DP / Slave CPU 315-2DP![]() In this module, the reader learns how the PROFIBUS DP is commissioned with the CPU 315-2 DP as master and a CPU 315-2DP as slave. ![]() ![]() ![]() ![]() |
D7 | PROFIBUS DP with Master CPU 315-2 DP / Slave MICROMASTER Vector![]() In this module, the reader learns how the PROFIBUS DP is commissioned with the CPU 315-2 DP as master and the MICROMASTER Vector as slave. |
D8 | PROFIBUS DP with Master CPU 315-2 DP / Slave MICROMASTER 420![]() In this module, the reader learns how the PROFIBUS DP is commissioned with the CPU 315-2 DP as master and the MICROMASTER 420 as slave. |
D9 | Programming of SIMATIC WinAC![]() In this module, the reader learns how to program and parameterize the WinAC soft-PLC. This puts the PROFIBUS DP into service with WinAC as master and the ET 200L as slave. |
D10 | PROFIBUS DP with Master CP 342-5 DP / Slave ET 200L![]() In this module, the reader learns how the PROFIBUS DP is commissioned with an S7-300with the CPU-342-5 DP communication processor as master and the ET 200L as slave. ![]() ![]() ![]() ![]() |
D11 | PROFIBUS DP with Master CP 342-5 DP / Slave CP 342-5 DP![]() In this module, the reader learns how the PROFIBUS DP is commissioned with one S7-300 with the CPU-342-5 DP communication processor as master and another as the slave. ![]() ![]() ![]() ![]() |
D12 | PROFIBUS DP with Master CP 342-5 DP / Master CP 342-5 DP![]() In this module, the reader learns how an FDL connection on the PROFIBUS DP is commissioned with two S7-300s with the CPU-342-5 DP communication processor as master. ![]() ![]() ![]() ![]() |
D13 | ASIsafe with the SIMATIC S7-300 and the AS-interface safety monitor![]() In this module, the reader learns how a safety-related application on the AS-interface (ASIsafe) is commissioned. This uses the safety monitor device at the AS interface. |
D14 | PROFIsafe with Master CPU 315F-2 PN/DP / Slave ET 200S![]() In this module, the reader learns how a safety-related application on PROFIBUS (PROFIsafe) is commissioned. In this case, the CPU 315F-2 PN/DP is used on the PROFIBUS as master with an ET 200S as slave. |
D15 | PROFIBUS and Safety Integrated with Master CPU 315F-2 DP / Slave ET 200S F-CPU![]() In this module, the reader learns how a safety-related application on PROFIBUS (PROFIsafe) is commissioned. In this case, the CPU 315F-2 DP is used on the PROFIBUS as master with an ET 200S F-CPU as slave. |
E1 | Ethernet communication with CP343-1 IT![]() In this module, the reader learns how an ISO connection is commissioned on the Ethernet between two S7-300s with the CPU-342-1 IT communication processor. |
E2 | Web technologies of the CP343-1 IT![]() In this module, the reader is acquainted with the application options and use of web technologies in automation systems. The necessary steps for this are represented on the basis of a "CP343-1 IT" module. As an example, the visualization of a tank is used, in which the current process values can not only be displayed, but also modified. In addition, the specified tank applet is extended with further functions in order to obtain an insight into the development of user-defined applets. |
E3 | Internet connection for CP343-1 IT![]() In this module, the reader is acquainted with the options and techniques for connecting programmable logic controllers to the Internet. The necessary steps for this are represented using the example of a "CP343-1 IT" module and a Bintec ISDN router. |
E4 | PROFINET with IO controller CPU 315F-2 PN/DP and IO device ET 200S![]() In this module, the reader learns how PROFINET is commissioned with the CPU 315F-2 PN/DP as IO controller and the ET 200S as IO device. |
E5 | PROFINET with IO controller CPU 343-1 Advanced and IO device ET 200S![]() In this module, the reader learns how PROFINET is commissioned with the CP343-1 Advanced as IO controller and the ET 200S as IO device. |
E6 | PROFINET/PROFIBUS DP with CPU 315F-2 PN/DP, IE/PB Link and DP slave ET 200S![]() In this module, the reader learns how PROFIBUS DP components can be integrated with PROFINET. It shows how the CPU 315F-2 PN/DP is commissioned with the IE/PB link as network transition and an ET200S as DP slave. |
E7 | Diagnostics on the PROFINET with CPU 315F-2 PN/DP IO controller / SCALANCE X208 switch and ET 200S IO device![]() In this module, the reader learns how diagnostics can be performed objectively on the PROFINET. This uses a configuration with a CPU 315F-2 PN/DP as IO controller, the ET 200S as IO device and a diagnostics-capable SCALANCE X208 switch. |
E8 | PROFINET with IO controller PC + SOFTNET PN IO software and ET 200S IO device![]() In this module, the reader learns how PROFINET is commissioned with a PC and the SOFTNET PN IO software as IO controller and the ET 200S as IO device. |
F1 | Operator control and monitoring with OP7 and ProTool![]() In this module, the reader is acquainted with the programming of the ProTool configuration software and the essential functions of the OP7 operator panel with integral interface to the MPI or PROFIBUS DP. |
F2 | Operator control and monitoring with TP170A and ProTool![]() In this module, the reader is acquainted with the programming of the ProTool configuration software and the essential functions of the TP170A touch panel with integral interface to the MPI or PROFIBUS DP. |
F3 | Operator control and monitoring with ProTool/Pro Runtime![]() In this module, the reader is acquainted with the essential functions of the ProTool/Pro Runtime software. Typical applications as processed on a sample machine. |
F4 | Operator control and monitoring with WinCC![]() In this module, the reader is acquainted with the essential functions of the WinCC software. Typical applications as processed on a sample system. |
F5 | Operator control and monitoring with WinCC V6![]() In this module, the reader is acquainted with the essential functions of the WinCC V6.0 software. Typical applications as processed on a sample system. |
F6 | Operator control and monitoring with WinCC flexible and the TP177B Color![]() In this module, the reader is acquainted with the essential functions of the WinCC Flexible 2005 software. Typical applications as processed on a sample system. |
G1 | "Startup" plant simulation with SIMIT SCE![]() In this module, the reader learns how to use the SIMIT software tool. The module describes the fundamental principles and demonstrates how to handle and create projects on the basis of detailed examples (fast access). |
App. I | Fundamentals of PLC programming with SIMATIC S7-300![]() This document should provide an overview of the SIMATIC S7-300 automation system and the associated STEP 7 programming software. As the fundamental principles are laid down in this Appendix, there are no special requirements. ![]() ![]() ![]() |
App. II | IEC 61131![]() In this Appendix, the reader obtains information on the international standard IEC 61131. As these are theoretical principles, there are no special preconditions. ![]() ![]() ![]() |
App. III | Basic programming instructions LAD/FBD/STL in STEP 7![]() This Appendix provides the reader with a collection of the most important programming instructions that are required for performing the programming tasks in all the modules. In order that the commands and programming method can be understood, this requires knowledge of the fundamentals of PLC programming (e.g. Appendix I: Fundamentals of PLC programming with SIMATIC S7-300). ![]() ![]() ![]() |
App. IV | Fundamentals of fieldbus systems with SIMATIC S7-300![]() This module gives a general overview of fieldbus systems and describes the integrated bus systems of the S7-300 automation system, MultiPoint Interface (MPI), AS-Interface and PROFIBUS. ![]() ![]() ![]() ![]() |
App. V | Fundamentals of network technology![]() This Appendix provides the reader with an introduction to the Ethernet or Internet technologies that are required in order to understand modules E1-E3. |
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